The general pattern is that x rays taper off gradually toward the higher frequencies.
How gradually? Give me some actual numbers. Specifically, what is the quiescent solar x-ray flux at 8 MeV -- the actual number?
But this is totally irrelevant.
How is it irrelevant? The more likely an x-ray photon is to penetrate a given thickness of aluminum, the less likely it is to be encountered during a space mission. You are trying to downplay this relationship as if it doesn't matter.
Prove that it doesn't matter.
The fact is the Sun produces x rays across the spectrum and they can and do penetrate mass and expose film.
You're sidestepping the quantitative factor and once again trying to make it a yes-or-no question. You don't get to beg the question that the numbers just somehow work out to be what you need them to be.
To quantify a precise amount of exposure is totally impossible...
Why?
...but what is easy to prove is the film would be totally exposed by all of the sources to the point where it was useless. You are attempting to create the illusion I have made claims that I haven't.STOP IT
No, you're trying to move the goalposts.
Your original post didn't refer to "all of the sources." It referred only to David Groves and his experiment with 25-100 rem of 8 MeV x-rays using a completely different kind of camera. You claimed this alone was probative. On the subject of other sources of radiation such as energetic electrons or protons you have provided absolutely no experiment or data of any kind. You have simply begged the question that it would be disastrous.